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s problem uses Figure 2 L. Select all that are true about this manometer set-up. Орen (4) Y2 Y1 (1) h2 (A) hi (2) (3) Pa - PA = Y1h| - 2 h2 P, = PA - Yıh + y2 h2 P4 - PA = Y1 (hị + h2) PA = P

s problem uses Figure 2 L. Select all that are true about this manometer set-up. Орen (4) Y2 Y1 (1) h2 (A) hi (2) (3) Pa - PA = Y1h| - 2 h2 P, = PA - Yıh + y2 h2 P4 - PA = Y1 (hị + h2) PA = P

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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This problem uses Figure 2. Select all that are true about this manometer set-up. **Diagram Explanation:** - The diagram illustrates a U-tube manometer connected to a container labeled (A). It contains two different fluids. - The left side contains a fluid with specific weight \( \gamma_1 \), indicated in blue, and a height \( h_1 \). - The right side contains a fluid with specific weight \( \gamma_2 \), indicated in red, and a height \( h_2 \). - Point (1) is at the surface of fluid \( \gamma_1 \) in container (A). - Point (2) is at the interface between the two fluids inside the U-tube. - Point (3) is at the bottom of the U-tube, and point (4) is at the open end of the manometer on the right. **Equations to Select from:** 1. \( P_4 - P_A = \gamma_1 h_1 - \gamma_2 h_2 \) 2. \( P_4 = P_A - \gamma_1 h_1 + \gamma_2 h_2 \) 3. \( P_4 - P_A = \gamma_1 (h_1 + h_2) \) 4. \( P_A = P_1 \) These options involve calculating pressure differences using the known specific weights of the fluids and the heights in the manometer system.
Transcribed Image Text:This problem uses Figure 2. Select all that are true about this manometer set-up. **Diagram Explanation:** - The diagram illustrates a U-tube manometer connected to a container labeled (A). It contains two different fluids. - The left side contains a fluid with specific weight \( \gamma_1 \), indicated in blue, and a height \( h_1 \). - The right side contains a fluid with specific weight \( \gamma_2 \), indicated in red, and a height \( h_2 \). - Point (1) is at the surface of fluid \( \gamma_1 \) in container (A). - Point (2) is at the interface between the two fluids inside the U-tube. - Point (3) is at the bottom of the U-tube, and point (4) is at the open end of the manometer on the right. **Equations to Select from:** 1. \( P_4 - P_A = \gamma_1 h_1 - \gamma_2 h_2 \) 2. \( P_4 = P_A - \gamma_1 h_1 + \gamma_2 h_2 \) 3. \( P_4 - P_A = \gamma_1 (h_1 + h_2) \) 4. \( P_A = P_1 \) These options involve calculating pressure differences using the known specific weights of the fluids and the heights in the manometer system.
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